Nottingham Trent University

What you'll study

The programme begins with a foundation year that develops core knowledge in biology, chemistry and mathematics alongside academic skills such as laboratory techniques, scientific writing and data analysis. After successful completion of the foundation year, students progress to the three-year BSc Pharmacology curriculum which covers the principles of drug action at molecular, cellular and whole-organism levels.

• Foundation year (if required) – introductory modules in cell biology, organic and inorganic chemistry, basic pharmacology concepts, laboratory skills, and study skills to prepare for degree-level work.
• Year 1 – fundamentals of human physiology and biochemistry, introduction to pharmacology and toxicology, core laboratory techniques, and statistics for life sciences.
• Year 2 – receptor pharmacology, drug metabolism, pharmacokinetics, molecular pharmacology, and experimental design. Students undertake practical laboratory classes and small-group research projects.
• Final year – advanced topics such as neuropharmacology, cardiovascular pharmacology, clinical pharmacology and drug development processes. The final year includes a substantial independent research project or dissertation and opportunities for industry- or lab-based placements where available.

Across the programme you will gain practical experience with contemporary laboratory methods, learn how drugs are discovered and evaluated, and explore the ethical and regulatory frameworks that govern therapeutic development. Teaching is typically a mix of lectures, practical laboratory classes, seminars, workshops and independent research.

Entry requirements

Applicants who need additional preparation for degree-level science study can apply for the version with a foundation year. Typical entry to the foundation year expects a minimum of five GCSEs at grade C/4 or above (including English and Mathematics), and qualifications such as level 3 diplomas, BTECs, or equivalent experience. Successful progression from the foundation year to the main degree usually requires meeting specified module pass criteria.

For direct entry to the first year of the degree, typical offers include A-levels in science subjects (for example Biology and Chemistry) or equivalent level 3 qualifications such as BTEC National Diplomas with science-related units. Applicants should check specific subject requirements — for instance, chemistry is commonly required or highly recommended. Mature applicants and those with non-traditional qualifications are considered on an individual basis; relevant work experience and a motivation statement are important. International students must meet English language requirements and hold recognised international qualifications equivalent to UK entry standards.

Career prospects

Graduates in pharmacology have versatile career options across healthcare, industry and research. Common pathways include roles in pharmaceutical and biotechnology companies (research scientist, drug development, formulation and quality control), clinical trials and pharmacovigilance, regulatory affairs, toxicology and safety assessment, and medical sales or technical consultancy.

Many graduates also continue into postgraduate study (MSc or PhD) to specialise in areas such as medicinal chemistry, clinical pharmacology, or translational research, which can lead to academic or higher-level industry positions. Other employers include contract research organisations (CROs), government laboratories, NHS pathology and diagnostic services, and science communication or education roles.

Why study at Nottingham Trent University

Nottingham Trent University offers this programme through its science-focused schools with access to dedicated laboratories and practical teaching spaces designed for pharmacology and biomedical sciences. The university emphasises employability, providing support for laboratory skills development, CV preparation and placement-search assistance.

Students benefit from industry-facing links in the Nottingham region, opportunities for project collaborations with research groups, and access to guest lectures from practitioners in drug development and regulatory affairs. Smaller-group teaching in practical sessions and undergraduate research projects helps develop the experimental and analytical skills employers and postgraduate programmes seek.

The combination of a foundation year option and structured degree pathway makes this programme suitable for students who require an initial period of preparation as well as those ready to start degree-level pharmacology study immediately.